(The link to the abstract is under "To Know More" on the right)
Volume 32, Issue S1 (Abstracts of Scientific Papers-WADEM Congress on Disaster and Emergency Medicine 2017)
Authors: Thomas C. Hughes1, Anisa J.N. Jafar2, Chrissy Alcock3, Brigid Hayden3, Philip Gaffney4, John Simpson3 and Anthony Redmond2
1 Emergency Department, John Radcliffe Hospital, Oxford/United Kingdom
2 University Of Manchester, HCRI, Manchester/United Kingdom
3 UK Med, Manchester/United Kingdom
4 Xenplate, Cambridge/United Kingdom
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出版物 & 研究
出版物 & 研究
我們為研究人員、災難管理人員、醫護人員及學生，提供一個專業交流、合作及政策討論的平台
出版物 & 研究
香港賽馬會災難防護應變教研中心的出版物涵蓋了教研中心跟合作夥伴、顯赫學術機構的研究項目，以及有關災難防護和應變的其他研究與開發。
指引列出了教研中心特別揀選的災難管理技術資訊、操作指引和有用工具。
博客提供了一個平台，讓持份者能分享與災難有關的最新動態、意見及經驗分享。
博客文章由作者以個人身份或代表所屬單位撰寫。內容表達的觀點、思維及意見純屬作者個人想法，並不代表香港賽馬會災難防護應變教研中心的立場。
公眾可在尊重知識產權情況下，使用所有資料，並必須適當引述出處。
2017
27/04/2017
(The link to the abstract is under "To Know More" on the right)
Volume 32, Issue S1 (Abstracts of Scientific Papers-WADEM Congress on Disaster and Emergency Medicine 2017)
Authors: Thomas C. Hughes1, Anisa J.N. Jafar2, Chrissy Alcock3, Brigid Hayden3, Philip Gaffney4, John Simpson3 and Anthony Redmond2
1 Emergency Department, John Radcliffe Hospital, Oxford/United Kingdom
2 University Of Manchester, HCRI, Manchester/United Kingdom
3 UK Med, Manchester/United Kingdom
4 Xenplate, Cambridge/United Kingdom
27/04/2017
(The link to the abstract is under "To Know More" on the right)
Volume 32, Issue S1 (Abstracts of Scientific Papers-WADEM Congress on Disaster and Emergency Medicine 2017)
Authors: Thomas C. Hughes1, Anisa J.N. Jafar2, Chrissy Alcock3, Brigid Hayden3, Philip Gaffney4, John Simpson3 and Anthony Redmond2
1 Emergency Department, John Radcliffe Hospital, Oxford/United Kingdom
2 University Of Manchester, HCRI, Manchester/United Kingdom
3 UK Med, Manchester/United Kingdom
4 Xenplate, Cambridge/United Kingdom
(The link to the abstract is under "To Know More" on the right)
Volume 32, Issue S1 (Abstracts of Scientific Papers-WADEM Congress on Disaster and Emergency Medicine 2017)
Authors: Thomas C. Hughes1, Anisa J.N. Jafar2, Chrissy Alcock3, Brigid Hayden3, Philip Gaffney4, John Simpson3 and Anthony Redmond2
1 Emergency Department, John Radcliffe Hospital, Oxford/United Kingdom
2 University Of Manchester, HCRI, Manchester/United Kingdom
3 UK Med, Manchester/United Kingdom
4 Xenplate, Cambridge/United Kingdom
27/04/2017
The Government Flying Service (GFS) of Hong Kong is responsible for providing 24/7 emergency helicopter and fixed-wing flying support. The GSF and the Hong Kong College of Anaesthesiologists collaborated to organize the Air Crew Resuscitation Simulation Refresher Course for the Aircrew Officers to enhance their medical skills for search and rescue missions. In order to enhance learning outcomes, this training made use of high fidelity simulation search and rescue scenarios.
The Government Flying Service (GFS) of Hong Kong is responsible for providing 24/7 emergency helicopter and fixed-wing flying support. The GSF and the Hong Kong College of Anaesthesiologists collaborated to organize the Air Crew Resuscitation Simulation Refresher Course for the Aircrew Officers to enhance their medical skills for search and rescue missions. In order to enhance learning outcomes, this training made use of high fidelity simulation search and rescue scenarios.
27/04/2017
With the increasing popularity of using virtual reality (VR) in training, there has been a paucity of studies showing that content retention in memory is better1, and compared to other simulations, VR bridges the gap of inconsistency of trainings, while allowing participants to be trained in a realistic yet safe environment2.
In view of the first electric motor race in Hong Kong, the Federation Internationale d'Automobile (FIA) Formula E Hong Kong ePrix held in October 2016, a training for the medical community for such events was thus organized by the Hong Kong Jockey Club Disaster Preparedness and Response Institute. The aims of the course were to enhance command and coordination with different parties, including the marshal team, Chief Medical Officer, first aid team, extrication Team, and fire services. In the scene coordination session, participants were immersed in interactive simulated motor accident scenes created by a VR game-based tool to interact with each other to communicate.
With the increasing popularity of using virtual reality (VR) in training, there has been a paucity of studies showing that content retention in memory is better1, and compared to other simulations, VR bridges the gap of inconsistency of trainings, while allowing participants to be trained in a realistic yet safe environment2.
In view of the first electric motor race in Hong Kong, the Federation Internationale d'Automobile (FIA) Formula E Hong Kong ePrix held in October 2016, a training for the medical community for such events was thus organized by the Hong Kong Jockey Club Disaster Preparedness and Response Institute. The aims of the course were to enhance command and coordination with different parties, including the marshal team, Chief Medical Officer, first aid team, extrication Team, and fire services. In the scene coordination session, participants were immersed in interactive simulated motor accident scenes created by a VR game-based tool to interact with each other to communicate.
